CariScreen Caries Susceptibility Testing Meter

Because your patients deserve to be cavity-free!

carifree_ meter

CariScreen Caries Susceptibility Testing Meter

  • Simple, painless test to identify whether your patients have excess decay-causing bacteria
  • Instant results to understand your patients' risk for decay today
  • For the first time ever . . . a way to tell if what you are recommending is working
  • Diagnose the disease instead of just detecting the signs and symptoms
  • Evaluate disease indicators and risk factors
  • Real-time, chairside tools for diagnosis

The CariScreen Caries Susceptibility Test is a simple 1-minute chair-side bacterial test for assessing patients' caries risk. The patent pending CariScreen uses ATP bioluminescence to identify oral bacterial load and has been proven to correlate with patients' risk for decay. Click here to read research on the CariScreen.

The test is quick and painless. You simply take a swab sample of the plaque from your patients' teeth, which when combined with special bioluminescence reagents within the swab, will create a reaction which is then measured with the meter. The CariScreen will give a score between 0 and 9,999. A score under 1,500 is considering relatively healthy, while above that shows considerable risk for decay.

This technology not only allows you to measure your patients' risk for decay today, but also helps measure their progress as they follow the recommended protocols for reducing risk.

Oral Biofilm Activity, Culture Testing and Caries Experience in School Children
K B Hallett, P K O'Rourke; Royal Children's Hospital, QLD Institute of Medical Research, Brisbane, Australia, 2009

ATP Bioluminescence: Quantitative Assessment of Plaque Bacteria Surrounding Orthodontic Appliances
R Sauerwein, P Pellegrini, T Finlayson, J Kimmell, I Kasimi, D Covell Jr, T Maier, CA Machida, Oregon Health and Science University, Portland, USA

Plaque Retention by Self-Ligating vs Elastomeric Orthodontic Brackets: Quantitative Comparison of Oral Bacteria and Detection with Adenosine Triphosphate-Driven Bioluminescence
P Pellegrini, R Sauerwein, T Finlayson, J McLeod, D Covell Jr, T Maier, CA Machida; American Journal of Orthodontics and Dentofacial Orthopedics, April 2009